def test_creationOfLastDirectoryOfPropertyOUT_DIR(self):
self.reader = tools.Reader("lastOUT_DIRFolderWrongConfigFile.txt")
self.assertTrue(os.path.isdir(self.reader.get("OUT_DIR")))
with self.assertRaises(tools.ReaderError) as error:
tools.Reader("OUT_DIRWrongConfigFile.txt")
self.assertEqual(error.exception.message, "OUT_DIR does not exist.")
def test_commentingWorks(self):
with self.assertRaises(tools.ReaderError) as error:
tools.Reader("emptyFile.txt")
with self.assertRaises(tools.ReaderError) as sameError:
tools.Reader("commentFile.txt")
# Empty file is gives the same error as a commented legit file
self.assertEqual(error.exception.message, sameError.exception.message)
self.assertEqual(error.exception.expression,
sameError.exception.expression)
def test_parameterExistence(self):
# All parameters are declared for this file
self.assertTrue(
assertDoNotRaise(lambda x: tools.Reader(x),
"correctConfigFile.txt"))
self.configFile = open(self.configFile.name, 'a')
self.configFile.write("\n")
self.configFile.write("ABBBA = ABBBA\n")
self.configFile.close()
with self.assertRaises(tools.ReaderError) as error:
tools.Reader("correctConfigFile.txt")
self.assertEqual(error.exception.message,
"Property is not poorly defined or not necessary")
self.assertEqual(error.exception.expression, "ABBBA")
def test_correctDelimiter(self):
with self.assertRaises(tools.ReaderError) as error:
tools.Reader("doesExist.txt", "|")
with self.assertRaises(tools.ReaderError) as notError:
tools.Reader("doesExist.txt", "+")
self.assertEqual(
error.exception.message,
"This symbol cannot serve as a delimiter for the Reader object")
self.assertEqual(error.exception.expression, "|")
self.assertNotEqual(
notError.exception.message,
"This symbol cannot serve as a delimiter for the Reader object")
self.assertNotEqual(notError.exception.expression, "+")
def test_configFileExist(self):
with self.assertRaises(tools.ReaderError) as error:
tools.Reader("doesNotExist.txt")
with self.assertRaises(tools.ReaderError) as notError:
tools.Reader("doesExist.txt")
self.assertEqual(
error.exception.message,
"Configuration file does not exist or wrongly specified")
self.assertEqual(error.exception.expression, "doesNotExist.txt")
self.assertNotEqual(
notError.exception.message,
"Configuration file does not exist or wrongly specified")
self.assertNotEqual(notError.exception.expression, "doesExist.txt")
def test_parameterDeclaration(self):
self.configFile = open(self.configFile.name, 'a')
self.configFile.write("\n")
self.configFile.write("\n")
self.configFile.close()
# Empty strings appended at the end are ignored and do not raise any errors
self.assertTrue(
assertDoNotRaise(lambda x: tools.Reader(x),
"correctConfigFile.txt"))
self.configFile = open(self.configFile.name, 'a')
self.configFile.write("\n")
self.configFile.write("ABBBA\n")
self.configFile.close()
with self.assertRaises(tools.ReaderError) as error:
tools.Reader("correctConfigFile.txt")
self.assertEqual(error.exception.message,
"Line could not be read from file")
self.assertEqual(error.exception.expression, "ABBBA")
def setUp(self):
self.configFile = open("correctConfigFile.txt", 'w')
self.configFile.write(
"OUT_DIR = C:\\Users\yeves\\OneDrive - lafayette.edu\\School Documents\\Competition, Research Documents\\SummerResearch2020\\data\n"
)
self.configFile.write(
"BASE_DIR = C:\\Users\\yeves\\OneDrive - lafayette.edu\\School Documents\\Competition, Research Documents\\SummerResearch2020\\sample\n"
)
self.configFile.write(
"DATA_EMPTY = 135958\\Oscilloscope\\voltageDataScopeRun20210131135958(1)CollectionKind0.csv\n"
)
self.configFile.write("DATA_ACTUAL = 140159\\Oscilloscope\n")
self.configFile.write("DESCRIPTION = Empty Dirty Coil Form\n")
self.configFile.write(
"M_G_FACTOR_FILE = MCoil\\20200317110751gfactors.csv\n")
self.configFile.write(
"H_G_FACTOR_FILE = HCoil\\20200317110751gfactors.csv\n")
self.configFile.write("CUTOFF_FREQ = 4000000\n")
self.configFile.write("KNOWN_FREQ = 0\n")
self.configFile.write("M_OVER_H_REAL_SUB = 0\n")
self.configFile.write("M_OVER_H_IMAG_SUB = 0\n")
self.configFile.write("M_OVER_H_CALIB = 0\n")
self.configFile.write("PM_PH_DIFF_PHASE_ADJ = 0\n")
self.configFile.write("M_OVER_H0_SUB = 0\n")
self.configFile.write("H_PHASE_REAL_SUB = 0\n")
self.configFile.write("H_PHASE_IMAG_SUB = 0\n")
self.configFile.write("V_H_OFFSET = 30\n")
self.configFile.write("NUM_PERIOD = 2\n")
self.configFile.write("BEGIN_TIME = 0\n")
self.configFile.write("POLARITY = 1.00\n")
self.configFile.write("WITH_EMPTY = TRUE\n")
self.configFile.write("NON_LINEAR_SUB = TRUE\n")
self.configFile.write("TEMP_DIR = 140159\\Opsens\n")
self.configFile.write("TIME_DIR = 140159\\Time\n")
self.configFile.write("READ_TIME = TRUE\n")
self.configFile.write("H_MIN = 20\n")
self.configFile.write("H_MAX = 60\n")
self.configFile.write(
"LEGEND = TEMPERATURE | m_max | osc_time | run_num\n")
self.configFile.write(
"PLOT = H_INT_RECONSTRUCTED_REAL_LIST:M_INT_RECONSTRUCTED_REAL_LIST \n"
)
self.configFile.write("PLOT_LABEL = H (kA/m):M (kA/m)\n")
self.configFile.write(
"PROPERTY_PLOT = TEMPERATURE:HC | INTEGRAL:HC | temperature:osc_time\n"
)
self.configFile.write(
"PROPERTY_PLOT_LABEL = Temperature(degC):Hc(T) | integral:Hc(T) | Temperature(degC):Time(sec)\n"
)
self.configFile.close()
self.configFile = open("correctAnotherConfigFile.txt", 'w')
self.configFile.write(
"OUT_DIR = C:\\Users\yeves\\OneDrive - lafayette.edu\\School Documents\\Competition, Research Documents\\SummerResearch2020\\data\n"
)
self.configFile.write(
"BASE_DIR = C:\\Users\\yeves\\OneDrive - lafayette.edu\\School Documents\\Competition, Research Documents\\SummerResearch2020\\sample\n"
)
self.configFile.write(
"DATA_EMPTY = 135958\\Oscilloscope\\voltageDataScopeRun20210131135958(1)CollectionKind0.csv\n"
)
self.configFile.write("DATA_ACTUAL = 140159\\Oscilloscope\n")
self.configFile.write("DESCRIPTION = Empty Dirty Coil Form\n")
self.configFile.write(
"M_G_FACTOR_FILE = MCoil\\20200317110751gfactors.csv\n")
self.configFile.write(
"H_G_FACTOR_FILE = HCoil\\20200317110751gfactors.csv\n")
self.configFile.write("CUTOFF_FREQ = 4000000\n")
self.configFile.write("KNOWN_FREQ = 0\n")
self.configFile.write("M_OVER_H_REAL_SUB = 0\n")
self.configFile.write("M_OVER_H_IMAG_SUB = 0\n")
self.configFile.write("M_OVER_H_CALIB = 0\n")
self.configFile.write("PM_PH_DIFF_PHASE_ADJ = 0\n")
self.configFile.write("M_OVER_H0_SUB = 0\n")
self.configFile.write("H_PHASE_REAL_SUB = 0\n")
self.configFile.write("H_PHASE_IMAG_SUB = 0\n")
self.configFile.write("V_H_OFFSET = 30\n")
self.configFile.write("NUM_PERIOD = 2\n")
self.configFile.write("BEGIN_TIME = 0\n")
self.configFile.write("POLARITY = 1.00\n")
self.configFile.write("WITH_EMPTY = TRUE\n")
self.configFile.write("NON_LINEAR_SUB = TRUE\n")
self.configFile.write("TEMP_DIR = 140159\\Opsens\n")
self.configFile.write("TIME_DIR = 140159\\Time\n")
self.configFile.write("READ_TIME = FALSE\n")
self.configFile.write("H_MIN = 20\n")
self.configFile.write("H_MAX = 60\n")
self.configFile.write(
"LEGEND = TEMPERATURE | m_max | osc_time | run_num\n")
self.configFile.write(
"PLOT = H_INT_RECONSTRUCTED_REAL_LIST:M_INT_RECONSTRUCTED_REAL_LIST \n"
)
self.configFile.write("PLOT_LABEL = H (kA/m):M (kA/m)\n")
self.configFile.write(
"PROPERTY_PLOT = TEMPERATURE:HC | INTEGRAL:HC | temperature:osc_time\n"
)
self.configFile.write(
"PROPERTY_PLOT_LABEL = Temperature(degC):Hc(T) | integral:Hc(T) | Temperature(degC):Time(sec)\n"
)
self.configFile.close()
self.reader = tools.Reader("correctConfigFile.txt")
self.anotherReader = tools.Reader("correctAnotherConfigFile.txt")
self.readerOutput = open('expectedOutput.txt', 'w')
self.readerOutput.write(
"OUT_DIR = C:\\Users\\yeves\\OneDrive - lafayette.edu\\School Documents\\Competition, Research Documents\\SummerResearch2020\\data\n"
)
self.readerOutput.write(
"BASE_DIR = C:\\Users\\yeves\\OneDrive - lafayette.edu\\School Documents\\Competition, Research Documents\\SummerResearch2020\\sample\n"
)
self.readerOutput.write(
"M_G_FACTOR_FILE = MCoil\\20200317110751gfactors.csv\n")
self.readerOutput.write(
"H_G_FACTOR_FILE = HCoil\\20200317110751gfactors.csv\n")
self.readerOutput.write(
"DATA_EMPTY = 135958\\Oscilloscope\\voltageDataScopeRun20210131135958(1)CollectionKind0.csv\n"
)
self.readerOutput.write("DATA_ACTUAL = 140159\\Oscilloscope\n")
self.readerOutput.write("DESCRIPTION = Empty Dirty Coil Form\n")
self.readerOutput.write("CUTOFF_FREQ = 4000000\n")
self.readerOutput.write("KNOWN_FREQ = 0\n")
self.readerOutput.write("M_OVER_H_REAL_SUB = 0\n")
self.readerOutput.write("M_OVER_H_IMAG_SUB = 0\n")
self.readerOutput.write("V_H_OFFSET = 30\n")
self.readerOutput.write("M_OVER_H_CALIB = 0\n")
self.readerOutput.write("PM_PH_DIFF_PHASE_ADJ = 0\n")
self.readerOutput.write("M_OVER_H0_SUB = 0\n")
self.readerOutput.write("NUM_PERIOD = 2\n")
self.readerOutput.write("NON_LINEAR_SUB = True\n")
self.readerOutput.write("H_PHASE_REAL_SUB = 0\n")
self.readerOutput.write("H_PHASE_IMAG_SUB = 0\n")
self.readerOutput.write("BEGIN_TIME = 0\n")
self.readerOutput.write("WITH_EMPTY = True\n")
self.readerOutput.write("TEMP_DIR = 140159\\Opsens\n")
self.readerOutput.write("H_MIN = 20\n")
self.readerOutput.write("POLARITY = 1.00\n")
self.readerOutput.write("H_MAX = 60\n")
self.readerOutput.write(
"LEGEND = TEMPERATURE | m_max | osc_time | run_num\n")
self.readerOutput.write(
"PLOT = H_INT_RECONSTRUCTED_REAL_LIST:M_INT_RECONSTRUCTED_REAL_LIST\n"
)
self.readerOutput.write("PLOT_LABEL = H (kA/m):M (kA/m)\n")
self.readerOutput.write(
"PROPERTY_PLOT = TEMPERATURE:HC | INTEGRAL:HC | temperature:osc_time\n"
)
self.readerOutput.write(
"PROPERTY_PLOT_LABEL = Temperature(degC):Hc(T) | integral:Hc(T) | Temperature(degC):Time(sec)\n"
)
self.readerOutput.write("TIME_DIR = 140159\Time\n")
self.readerOutput.write("READ_TIME = True\n")
self.readerOutput.close()